Nonlinear Dynamical Systems and Control: A Lyapunov-Based Approach Book Price in India, Specifications, Reviews & Offers. Buy online at Amazon.

هل الجزء الاول مع د محمد شوقي موجود على اليوتيوب ؟
Can you help me to get Matlab code of these ?
hello Dr mahmoud can you send me your email i have a online work for you i am from germany speak arabic
35:21 40:39
In studying the switched system, it is very conservative to use the common Lyapunov function. What do you think about the CLF method?
please part 2
Seeing this video after my university lecture gave much needed clarity! P.S: When is the next upload?
This is such a great video, and the example given is mind-blowingly insightful: for me, it really opened my eyes to how truly different non-linear systems can behave compared to linear ones. Before I always assumed we just linearized wherever possible, but I now see how in doing so we truly lose some key (and beautiful) dynamics of the system :)
Great explanation. Thanks!
Very nice. Lovely math. Thankyou. Not mine
Please part 2
More videos please, thank you for the effort
Great video! Thank you
When is part 2 coming?
Thank you! :)
Hi, this is great! Please make more videos it's really helpful for students of control like me, it'll also help if you could point to some references. Thank You !
Great.
its definitely black magic hehehe
Thanks for the explanation, literature and websites had me worried but it's much simpler than what I thought.
Very well, thanks for this great explanation!
It's so funny when your University teachers make theorems SOOOO damn difficult to understand and you find a 10 min video that explain a 2 hour Lecture+ better,simpler and much easier to understand. Perfect explanation,thx for saving lives here!!
Beautifully explained! Thanks!!
Thankyou
Great! An amazing explanations!!!
fantastic explanation, thank you!
Akıl mantık işi değil, Barış hocaya selamlar.
Great. I have been searching for Lyapunov function properties. Especially to understand the intuitive idea about Vdot(x) = Grad(x)f(x)
Wow, awesome video, thank you!
The best explaining video (and material) I have found on internet... Great Job and keep going
Hello, can you help me please, I am working on bifurcations and solving a system of 3 equations with 6 variables and solving them using a Local Method of Lyapunov – Schmidt, I need some help please
Made things super clear I can't thank you enough
It is like I'm being taught by a floating head and hands. This is great!
Thank you for sharing.
Awsome